TECHNICAL PROGRAM - American Chemical Society Publications
TECHNICAL PROGRAM - American Chemical Society Publications
TECHNICAL PROGRAM - American Chemical Society Publications
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
9:35 300. Organic nanoparticles of metalloporphyrins<br />
as efficient catalysts for the<br />
selective oxidation of olefins under ambient<br />
conditions. A. Aggarwal,C.M.Drain<br />
9:55 301. Effect of cations on the reduction<br />
of pentachlorophenol by zerovalent bimetallic<br />
nanoparticles. Y. Su, M. Chen,<br />
Y. Shih<br />
10:15 Intermission<br />
10:25 302. Nanocomposites for removal of<br />
pollutants. A. K. Das, D. Norton,<br />
J. Dinglasan, N. Loukine, D. Anderson<br />
10:45 303. Application of nano-zerovalent<br />
iron (NZVI) for adsorption of antimony in<br />
shooting range soils: Characterization<br />
and Sb adsorption properties of NZVI.<br />
D. Amarasiriwardena, P. Dorjee, B. Xing<br />
11:05 304. Mercury removal from aqueous<br />
effluents using zerovalent iron: Effect of<br />
particle size and implications for wastewater<br />
treatment. J. Vernon, J. Bonzongo<br />
11:25 305. Iron oxide coated multiwall carbon<br />
nanotubes for the removal of arsenic<br />
from water. S. Addo Ntim, S. Mitra<br />
11:45 306. Development of silica-gel-supported<br />
polyethylenimine sorbent for CO 2<br />
capture. Z. Zhang, X. Ma, C. Song,<br />
Y. Wang<br />
Section B<br />
Renaissance Boston Waterfront<br />
Pacific Ballroom A/B<br />
Black Carbon as Geosorbent and Beyond:<br />
Contaminant Sorption, Soil Fertilization,<br />
and Carbon-Negative Strategy<br />
Utilization of Black Carbon Products in<br />
Agriculture, Environmental Remediation,<br />
and Other Applications Cosponsored by<br />
GEOC<br />
S. Uchimiya, J. Pignatello, J. Lehmann,<br />
Organizers, Presiding<br />
8:30 Introductory Remarks<br />
8:35 307. In situ sequestration of organics,<br />
metals, and carbon in contaminated sediments.<br />
U. Ghosh<br />
9:05 308. Modeling the mass transfer of hydrophobic<br />
organic pollutants in sediment<br />
after amendment with activated carbon.<br />
D. Werner,S.E.Hale<br />
9:25 309. Simultaneous removal of mercury(II)<br />
and PCBs by polysulfide-rubber(PSR)-coated<br />
activated carbon.<br />
E. Kim, R. G. Luthy<br />
9:45 Intermission<br />
10:15 310. Charcoal production: The state<br />
of the art. M. J. Antal, Jr<br />
10:45 311. Oil shale semicoke as a carbon<br />
source: Sorbent capacity, reactivity and<br />
entrained compounds as functions of pyrolysis<br />
temperature and shale origin.<br />
J. L. Goldfarb, B. Datangel, I. Kulaots<br />
11:05 312. Evaluation of chitosan coated<br />
granular activated carbon for treatment of<br />
perchlorate-contaminated munitions<br />
wastewater. V. M. Boddu,<br />
S. W. Maloney, D. S. Viswanath,<br />
T. K. Ghoash, S. M. Uchimiya<br />
11:25 313. Aqueous nanodispersions of hydrothermal<br />
carbon for environmentally<br />
friendly and sustainable combustion processes.<br />
J. Texter, R. Crombez, M. Titrici,<br />
F. Perez-Caballero, M. Antonietti<br />
Section C<br />
Renaissance Boston Waterfront<br />
Atlantic Ballroom 2/3<br />
Emerging Applications in Membrane<br />
Science and Technology<br />
Advances in Membrane Materials and<br />
Liquid Separations<br />
I. Escobar, Organizer<br />
B. Van der Bruggen, Organizer, Presiding<br />
8:30 Introductory Remarks<br />
8:35 314. Preparation of biofouling-resistant<br />
RO membranes by the attachment of ceragenins.<br />
M. Hibbs, S. Altman,<br />
L. McGrath, H. Jones, Y. Feng, P. Savage<br />
8:50 315. Development of copper and silver<br />
charged polypropylene feed spacers for<br />
biofouling control. R. Hausman,<br />
T. Gullinkala, I. Escobar<br />
9:05 316. Quantitative emerging materials<br />
characterization techniques to anticipate<br />
membrane biofouling. A. M. Zaky<br />
9:20 317. N-isopropylacrylamide (NIPAAM)<br />
modified ultrafiltration membranes.<br />
C. Gorey, I. Escobar, G. Bothun<br />
9:35 318. Adsorptive fouling resistance of<br />
carbon nanotube blended polyethersulfone<br />
membranes. E. Celik, H. Choi<br />
9:50 319. Study of nanoparticle rejection using<br />
a tailor-made ultrafiltration polysulfone<br />
membrane. S. Hakim Elahi,<br />
I. C. Escobar<br />
10:05 Intermission<br />
10:15 320. Grafting binary monomers and<br />
solvent effects for improved protein resistance.<br />
Y. S. Ho, M. Gu, C. Kilduff,<br />
G. Belfort<br />
10:30 321. Hydrophilization of thin film composite<br />
membrane support layers for engineered<br />
osmosis applications.<br />
J. McCutcheon, J. Arena, N. Bui<br />
10:45 322. Surface functionalization of polybenzimidizole<br />
membranes to increase hydrophilicity<br />
and charge. B. Digman,<br />
I. C. Escobar, R. Hausman, M. Coleman,<br />
T. Chung<br />
11:00 323. Chiral signatures in passive samplers<br />
support a better understanding of<br />
transformation of contaminants in water.<br />
V. D. Dang,C.M.Lee<br />
11:15 324. Imprinted polymers and membranes<br />
for Cd 2� and Zn 2� removal from<br />
water. S. A. Ashraf, A. Mueller<br />
11:30 325. Reversible cation exchangemembrane<br />
(RCIX-MEM) process for scaling<br />
free, energy efficient desalination of<br />
seawater. S. Sarkar,A.K.SenGupta<br />
11:45 Concluding Remarks<br />
THURSDAY AFTERNOON<br />
Section A<br />
Renaissance Boston Waterfront<br />
Atlantic Ballroom 1<br />
Environmental Applications and<br />
Implications of Nanotechnology<br />
General Papers Financially supported by<br />
Q-Sense, Division of Biolin Scientific<br />
C. Vecitis, K. Chen, Y. Jun, Organizers<br />
A. Gu, Organizer, Presiding<br />
1:30 Introductory Remarks<br />
1:35 326. <strong>Chemical</strong> reduction of hexabromocyclododecane<br />
by zerovalent iron<br />
nanoparticles. C. Tso, Y. Shih, C. Lin<br />
1:55 327. Removal of atrazine and trimethoprim<br />
by iron oxide nanoparticle-impregnated<br />
mesoporous carbon. Y. Kim<br />
2:15 328. Spectroscopic investigations of<br />
arsenic redox transformations by<br />
nanoscale zero-valent iron (nZVI).<br />
W. Yan, M. A. Ramos, X. Li, B. E. Koel,<br />
W. Zhang<br />
2:35 329. Transport of polysaccharide-stabilized<br />
iron nanoparticles in porous media:<br />
Effect of surface and solution chemistry.<br />
M. Zhang,D.Zhao<br />
2:55 330. Sequestration of malodorous sulfides<br />
with zero-valent iron nanoparticles.<br />
X. Li<br />
3:15 Intermission<br />
3:25 331. Effect of natural organic matter on<br />
the stability and mobility of polymercoated<br />
iron nanoparticles. B. Jung,<br />
B. E. Sleep, D. M. O’Carroll<br />
3:45 332. Development of carbon-based<br />
“molecular basket” sorbent for CO 2 capture<br />
from flue gas. D. Wang, C. Shalaby,<br />
X. Ma, C. Song<br />
4:05 333. Stability and mobility of metal oxide<br />
nanoparticles in porous media.<br />
C. Contreras, J. George, K. Paredes,<br />
H. J. Shipley<br />
4:25 334. Gold nanoparticle-based selective<br />
and ultrasensitive detection of iodide by<br />
SERS. S. S. Dasary, D. Senapati,<br />
A. Singh, T. Arbneshi, H. Yu, P. C. Ray<br />
4:45 335. Utilization of polymer cross-linkers<br />
to improve the thermal stability of “molecular-basket”<br />
sorbents. E. P. Fillerup,<br />
X. Wang, X. Ma, C. Song<br />
5:05 Best Graduate Student Presentation<br />
Awards<br />
Section B<br />
Renaissance Boston Waterfront<br />
Pacific Ballroom A/B<br />
Black Carbon as Geosorbent and Beyond:<br />
Contaminant Sorption, Soil Fertilization,<br />
and Carbon-Negative Strategy<br />
Fate and Function of Black Carbon in Soil<br />
and Sediment Cosponsored by GEOC<br />
S. Uchimiya, J. Pignatello, J. Lehmann,<br />
Organizers, Presiding<br />
1:30 Introductory Remarks<br />
1:35 336. Rapid screening of biochar products<br />
for soil functional attributes.<br />
S. P. Sohi, A. Cross, M. Borlinghaus<br />
2:05 337. Impacts of biochar additions on<br />
soil microbial processes and nitrogen cycling.<br />
K. A. Spokas<br />
2:35 338. Biochar: Mother Nature’s nanotechnology.<br />
R. S. Stein, H. S. McLaughlin<br />
2:55 Intermission<br />
3:25 339. Pyrogenic matter dynamics in the<br />
soil: Characterization, stabilization processes,<br />
C budget and effects on soil<br />
properties. S. Abiven, M. Schneider,<br />
N. Singh, B. Maestrini, M. Schmidt<br />
3:55 340. Biomass plant fly ash as a source<br />
of black carbon for amending agricultural<br />
soils. A. F. Carpenter<br />
4:15 341. Interactions of engineered soot to<br />
natural organic matter and extracellular<br />
polymeric substances: Resulting surface<br />
modification and field application.<br />
J. Lohwacharin, K. Oguma, S. Takizawa<br />
4:35 342. Biochar as a soil amendment: Soil<br />
Survey considerations for future management<br />
directions. C. A. Stiles, L. T. West,<br />
C. W. Smith, J. Gaskin<br />
Section C<br />
Renaissance Boston Waterfront<br />
Atlantic Ballroom 2/3<br />
Environmental Health Volatiles and<br />
Aerosols: Novel Direct Measurement<br />
Methods Relevant to Lung Disease<br />
J. Hill, J. Peccia, Organizers<br />
B. Holmen, Organizer, Presiding<br />
1:30 343. Rapid detection of tobramycin impacts<br />
on Pseudomonas aeruginosa volatile<br />
organic compound production by<br />
SESI-MS. Y. Kuo,J.Hill<br />
1:50 Discussion<br />
1:55 344. Volatile signature of P. aeruginosa<br />
adaptation to the cystic fibrosis lung.<br />
H. D. Bean, Y. Kuo, J. Zhu, J. E. Hill<br />
2:15 Discussion<br />
2:20 345. Next-generation DNA sequencing<br />
reveals viral diversity in biosolids.<br />
K. J. Bibby, E. J. Viau, J. Peccia<br />
2:40 Discussion<br />
2:45 Intermission<br />
2:55 346. Airport air: What are we breathing?<br />
R. L. Vander Wal, V. M. Bryg,<br />
C. Hunag<br />
3:15 Discussion<br />
3:20 347. Preliminary investigation of traffic<br />
emissions in the vicinity of an inner city<br />
elementary school. B. Albrinck, M. Lu,<br />
J. Hu, C. Chaiwatpongsakorn,<br />
V. K. Nemalapuri, H. Wei<br />
3:40 Discussion<br />
3:45 348. Quantitative estimates of the volatility<br />
of ambient organic aerosol.<br />
C. D. Cappa, J. L. Jimenez<br />
4:05 Discussion<br />
4:10 349. Organic aerosol composition using<br />
a combined thermal desorption aerosol<br />
gas chromatograph (TAG) - high resolution<br />
time-of-flight aerosol mass<br />
spectrometer (HR-ToF-AMS). B. Williams,<br />
A. Lambe, J. Jayne, D. Worsnop,<br />
N. L. Ng, M. Canagaratna, L. Williams,<br />
J. Kimmel, D. Sueper, N. Kreisberg,<br />
S. Herring, D. Worton, A. Goldstein<br />
4:30 Discussion<br />
FUEL<br />
Division of Fuel<br />
Chemistry<br />
C. Liu, Program Chair<br />
SOCIAL EVENTS:<br />
Dinner, 6:30 PM: Tue<br />
BUSINESS MEETING:<br />
Program Meeting, 2:00 PM: Sun<br />
Executive Council Meeting, 4:00 PM:<br />
Sun<br />
Business Meeting, 12:00 PM: Mon<br />
SUNDAY MORNING<br />
Section B<br />
Renaissance Boston Waterfront<br />
Pacific Ballroom E<br />
Ionic Liquids in Sustainable Energy and<br />
Fuels<br />
CO2 Capture, Gas Absorption and<br />
Separations Cosponsored by I&EC<br />
W. Henderson, Organizer<br />
E. Maginn, Organizer, Presiding<br />
ENVR/FUEL<br />
8:30 Introductory Remarks<br />
8:40 1. Synthesis, characterization and performance<br />
of single-component CO 2binding<br />
organic liquids (CO 2BOLs) for<br />
post combustion CO 2 capture.<br />
P. K. Koech, D. J. Heldebrant,<br />
J. E. Rainbolt, F. Zheng, T. Smurthwaite<br />
9:00 2. Ab initio description of CO 2 interactions<br />
with anions in ionic liquids.<br />
J. A. Steckel,W.Shi<br />
9:20 3. Predicting CO 2 complexation in ionic<br />
liquids using reaction ensemble Monte<br />
Carlo. T. W. Rosch,E.J.Maginn<br />
9:40 4. Ionic liquid gas absorption of NO X,<br />
CO X and SO X. S. Saravanamurugan,<br />
J. Due-Hansen, S. Kegnæs,<br />
T. Grétarsdóttir, A. Riisager,<br />
R. Fehrmann<br />
10:00 Intermission<br />
10:10 5. Ionic liquids with aprotic heterocyclic<br />
anions for post-combustion CO2<br />
capture. B. Goodrich, S. Seo, L. Wilson,<br />
L. Ficke, M. Massel, D. Zadigian,<br />
J. F. Brennecke<br />
10:45 6. Origin of products in homogeneous<br />
CO hydrogenation reactions. J. H. Blank,<br />
D. J. Cole-Hamilton<br />
11:20 7. Separation of ethanol from water<br />
using phosphonium-based ionic liquids.<br />
C. M. Neves, M. G. Freire, J. A. Coutinho<br />
The official technical program<br />
for the 240th National Meeting<br />
is available at:<br />
www.acs.org/boston2010<br />
TECH–53